XRANGETM
- English
The XRANGETM battery pack is specially designed to power medium and heavy-duty transportation applications that require long range, high payloads, and high uptimes, such as trucks, buses, and delivery vehicles. Our easy-to-integrate philosophy and the modularity of our packs make the XRANGETM ideal for use in a wide variety of vehicle architectures, simplifying commissioning, integration, and product design.
The XRANGETM pack is a highly versatile battery solution designed to power a wide range of application types. The pack comes with our field-proven Battery Management System and advanced safety features, including overcharge protection and active detection of thermal events.
The unique liquid-cooling system ensures optimum long-term performance with an extended service life under a wide range of conditions, while the optimized energy-to-weight ratio increases payload.
The capability for high charge and discharge rates makes the XRANGETM pack ideal for applications with demanding duty cycles and frequent charging. The cell modules are designed for a potential second life and are also recyclable.
Our team has continuously applied extensive battery knowledge and proven expertise to more than 10 years of US-based experience in the design and manufacturing of battery cells and packs for heavy-duty commercial electric vehicle applications.
XRANGETM packs use the most advanced NMC lithium-ion pouch cells, which combine high energy density and fast charge/discharge rate capabilities.
We are a leader in supplying this technology to heavy-duty applications and are ready to develop the system that is right for you.
We are ready to answer your questions, offer expert advice on the most suitable e-power solution for your requirements, and provide you with a quotation.
Contact usThe enclosed BMS acts as the “brains” of the system providing monitoring, balancing, and safety functionality. Its primary function is to maintain the lithium-ion cells within their safe operating range, regardless of the demands being placed on them. This gives the BMS the ability to accurately predict operating situations that have the potential for creating over- or under-voltage conditions, as well as high or low temperatures, and then reacting quickly and safely to prevent those conditions from occurring.
The BMS manages individual strings of series-connected packs through its on-board String Controller Unit (SCU), pre-charge circuit, current sensor, and contactors. The Master Controller Unit (MCU) manages multiple parallel strings (up to 24) while providing a single and simple interface to the application controller.
This is a flexible tool designed to meet various customer needs related to system-level and string-level activities while being able to interface with service tools for technician interactions. The Battery Disconnect Unit (BDU) manages individual strings of series-connected packs through its on-board String Controller Unit (SCU), pre-charge circuit, current sensor, and contactors. For large systems of multiple parallel-connected strings, BDUs are connected in parallel.
Maximizing up-time and performance of your electrified vehicle requires a new approach to system monitoring. The Battery Viewer (XBV) telematics system consists of a control unit and an all-in-one antenna, allowing access to consolidated data via the XBV Portal for easy viewing from virtually any electronic device that can be connected to a web-based portal.
Intuitive dashboards show all critical battery system information and simultaneously monitor the status of all your battery systems on one interactive map.
Data gives you the ability to provide a proactive approach to servicing applications. Reduce down-time by knowing when to schedule service and be able to respond quickly to system issues.
XBV is easily integrated into new designs or existing systems and has a wide range of operating voltages. XBV allows access to historical location tracking and geofence, has diagnostic reporting capabilities, and can generate reports and logs.
Our dedicated team will be working with you for the entire lifecycle of our product to ensure our system is continuously meeting your needs. This comprehensive range of services starts with consultation we provide to optimize our battery system for your unique application, making use of your specific drive and use cycles.
We then offer commissioning services and battery system training to support battery system integration and management effectively by your team members for long-term use. We also provide support after battery system integration through digital services driven by telematics − such as the system’s data usage, diagnostics, and functional safety − to promote the continued optimization of your battery management system.
At the end of the battery’s lifecycle, we offer solutions for reuse and recycling tailored to your application to facilitate a smooth transition between battery systems.
Reliability Through Experience
With more than 1,500 vehicle installations and over 60 million miles traveled, our systems have continued to prove their reliability for over a decade. It is this consistency in producing high-quality battery systems that has made us a pioneer in the heavy-duty market, and our confidence in our product is why we offer an industry-leading battery warranty.
For decades, our American production facility has utilized state-of-the-art assembly lines to ensure the highest quality standards. With the launch of our new battery pack assembly, we are ready to meet the fast-growing demand for our systems.
Our new Gigafactory in Midland, USA, will open in October, dedicated to the highly automated, state-of-the-art assembly of the XRANGE™ battery pack. With an annual capacity of over 2 GWh, the facility will produce over 20,000 battery packs. The production line is scalable for future growth, supporting customers on their journey to a sustainable, net-zero future.